叶恩钾 - 江南大学

个人简介

江南大学理学院教师。多年来一直从事低维纳米体系中的电子输运性质的理论研究工作，已在国际SCI学术刊物上发表学术论文20余篇。主持国家自然科学基金2项，主持中央高校基本科研业务费项目1项。参与多项国家自然科学基金和省部级科研项目。工作及研究经历 2017.06—至今，江南大学理学院，副教授 2013.06—2017.06，江南大学理学院，校聘副教授 2008.09—2013.06，浙江大学物理系，获博士学位

研究领域

纳米电子学、低维纳米体系、电子输运

近期论文

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[1] En-Jia Ye, JinLan, Wen-Quan. Sui, Chang Q. Sun, and Xuean Zhao*, Electronic transport in the multi-terminal grapheme nanodevices, Physics Letters A 376, 2555-2561 (2012). [2] En-Jia Ye, Chen-Bo Fu, Wen-Quan Sui, Chang Q. Sun, and Xuean Zhao*, Phonon ballistic transport in the atomic chains with different interface connections to the heat reservoir, Physica E: Low-dimensional Systems and Nanostructures 44, 1392-1398(2012). [3] En-Jia Ye, Wen-Quan Sui, and Xuean Zhao*, Topological asymmetry induced electronic transport in three terminal grapheme nanoribbon structure, Applied Physics Letters 100, 107 (2012). [4] En-Jia Ye, Yi-Jian Shi and Xuean Zhao*, Electron Transport in Multi-Terminal Graphene Nanodevice with Inclined Cross Structures, International Journal of Modern Physics B 28, 1450035 (2014). [5] En-Jia Ye, Yi-Jian Shi, Lihong Shi, and Xuean Zhao*, Thermal conductance attributed to phonon and electron in grapheme nanoribbon, International Journal of Modern Physics B 28, 1450116 (2014). [6] En-Jia Ye, Jin Lan, Yi-Jian Shi, Chengliang Zhang, Haifeng Shi, and Xuean Zhao*,Linear ac transport in square-shaped grapheme nanoconstriction devices,The European Physical Journal B 88, 72 (2015). [7] En-Jia Ye*,Yanguang Nie, Haifeng Shi, Chengliang Zhang and Xuean Zhao, Dynamic conductance in L-shaped grapheme nanosystems, Journal of Applied Physics 117, 014303 (2015). [8]En-Jia Ye*, Yun-Lei Sun, Jin Lan and Yi-Jian Shi, Linear ac transport in graphene semiconducting nanosystem with normal-metal electrodes,Journal of Applied Physics 119, 094306 (2016). [9] En-Jia Ye*, Yun-Lei Sun, Guo-Feng Yang, and Guo-Qing Chen, Topologically protected ac transport in zigzag silicone nanosystem, Applied Physics A 123, 297(2017). [10] Yun-Lei Sun*, Chun Zhu, Jian Chen, and En-Jia Ye*, Dynamic conductance in double-bend silicone nanosystem, Physics Letters A, 381(33), 2699-2703(2017). [11] Yun-Lei Sun*, and En-Jia Ye*, Low-frequency ac transport in silicone nanosystem with normal-metal electrodes, Japanese Journal of Applied Physics 56(8), 085101 (2017).